Model based design in Matlab/SimulinkTesting Simulink models in Matlab Unit Testing FrameworkRequirement EngineeringEngine DiagnosticsProgramming of softwaretools in Matlab to automatize manual actionsDocumentation of software release processSupporting activities in software releases

Debug mechatronic simulation toolBackward engineering and restructure existing LabVIEW Software, for maintainability.Complete technical ownership of project activities in which I improved this software and added functionalities, including all testing en test documentation.

Dissertation title: "Towards an image-guided navigation system for rectal cancer surgery"Research on improving the accuracy and usability of image-guided navigation for rectal cancer surgery. Main topics: - Including real-time wired and especially wireless electromagnetic tumor tracking to update tumor pose within the 3D anatomical model of the navigation interface, accounting for anatomical motion and deformation- Creating a robust camera model for oblique-viewing laparoscopes to avoid recalibration upon telescope rotation while maintaining high reprojection accuracy for any rotation angle

Design, build and execute tests in concept and production phase of the product development.Write testtool software in NI LabVIEWData analysis in Mathworks Matlab

Finding technical solutions for several mechatronic related challenges. At this moment this holds:- Programming with LabVIEW- Documentation of the software in flow charts

Key figure between the department of Clinical Physicists and the OR/IC-center, being part of a team of 3 medical technicians at the OR/IC-center. Participating, coordinating and advising in purchasing trajectories, maintenance management, (ad hoc) support, risk assessment and research. - Technical specialist in the development of a new HIPEC - system in collaboration with Clinical Perfusionist.- Technical specialist in video routing during the project for a new hybrid OR for vascular surgery- Supervisor during the internship of a Healthcare Technology student- Instructing OR/IC -personnel for use medical devices/systems

Research on the possible systematic behavior of motion artifacts in knee flexion angle estimation using inertial sensors.

Validation and verification of the navigated CAS mini Robot. This robot positions the bone saw during artificial knee implantations and is fixed onto the femur during these operations.